150 litre CAFS

The Small Compact 150 Litre CAFS unit is easily manoeuvred by one person into places where conventional fire fighting apparatus cannot go. This highly mobile, refillable unit is the latest in O.F.B. Corp. innovation.

150L CAFS  FACTS:

  Produces up to 4,500 litres of highly expansive fire extinguishing foam
  29 metre foam dispersion range

  Light, compact, durable and easily manoeuvred
  Self contained 
  Single person operation
  Can use salt, fresh and brackish water

  Refillable on site
  Standard adjustable nozzle = 2 to 10 minutes emission time
  No foam residue = little clean up

 

Dimensions:

Width  1450 x 766mm
Height 100 cm
Weight Empty  195 kg
Weight Primed 345 kg
 

TRAINING:

O.F.B Corporation are distributors of a cost effective, 'training foam' agent that facilitates realistic, in-expensive training with every CAFS unit.  This product requires no propellents, simply fill the CAFS unit with water and the 'training' agent and begin your training program.

DISTANCE:  Shoots up to 35 metres; each system is supplied with 15 metres of hose

FILLING TIMES

 

MAIN TANK:  The 150 litre CAFS takes approximately 5 minutes to fill the main tank using a standard garden hose.

 

AIR CYLINDERS:  The filling pressure for the air cylinders is 200 bar cold, 205 bar hot.  The time it takes to fill each cylinder depends on the compressor used.

Approximately 8 minutes.

 

GENERAL INFORMATION:  The 150 litre CAFS run at a constant pressure of 165 psi, off on of the two air cylinders, the other cylinder is mainly for back up.   This machine has the capacity to give you up to 3000 litres of foaming compound and can be operated standing vertically or horizontal.   The pressure relief valve is situated on the side of the main tank and is set at 300 psi, so the system cannot be over charged.

All of OFB CAFS meet the A.S.M.E. requirements and the Australian standards.

 

OPTIONAL EXTRAS:            The following options can be supplied by OFB:

 

a.  Various foaming nozzles for greater foam expansion rates and spray patterns.

b.  Fire hydrant fittings to reduce filling times.

c.  Funnels to reduce chemical spillage during filling.

d.  Automatic discharge systems. (I.e. sprinkler installations)